Course Overview:
- Course Type : Online Live Delivery
- Duration : One Month
- Total Lectures : 24
- Skill Level : Intermediate
- Assessments : QnA
- Certificate : Yes
- Requirements : Assignments
Outcome Expected:
The objective of the IoT (Internet of Things) course is to equip students with a comprehensive understanding of the fundamental concepts, principles, and technologies underlying the IoT ecosystem. Through a combination of theoretical knowledge and hands-on practical experience, the course aims to empower students to design, develop, and implement IoT solutions.
Target Audience:
- Mechanical & Automotive Engineering students
- Working Professionals & Faculties
- ITI, Diploma Students
- Every auto enthusiast can enroll
- People looking to enhance their profile can enroll for the program.
Key Features:
- Learn everything about modern-day.
- Globally accepted certificate program
- The best course to build an amazing profile for core sector jobs & higher studies.
- Learn from experts having 9+ years of Experience in Two Wheeler Sector
- Participants may apply for LOR after the program.
Curriculum
Module 1 : Introduction to Internet of Things
- Understanding IoT fundamentals
- Introduction Arduino Simulation Environment
- Criteria for choosing the right embedded processor for IoT
- Various Platforms for IoT
- Real time Examples of IoT
- Arduino Uno Architecture
- Setup the IDE, Using Arduino Softwar
- Overview of IoT components and IoT Communication Technologies
Module 2 : Project
- LED blinking and controlling LED using push button with Arduino
- Overview of sensors
- Overview of Actuators
- Interfacing of Temperature, Humidity with Arduino
- Interfacing of Motion, Light and Gas Sensor with Arduino
- IoT data communication protocols
- IoT layers and network protocols
- Interfacing OLED with Arduino and display temperature and humidity values on OLED.
Module 3 : Wireless Communication Protocols
- Bluetooth, Wi-Fi, Zigbee
- LoRaWAN, NFC, RFID
Module 4 : Wired Communication Protocols
- UART, SPI
- I2C, CAN
- Interfacing ESP32CAM module with ESP32 microcontroller
Module 5 : Case Study
- Weather Monitoring
- Smart Traffic Management
- Pollution Monitoring
- Smart Home Automation
- Accident Detection and Alert
Instructor Profile
Name: Santosh Das
About:
Dr. Santos Kumar Das is a R&D professional with more than 21 years of valuable experience on various Software developments and research activities both in industries and academics. At present he is working at National Institute of Technology Rourkela as an Associate professor. He worked at SDSU, California, US as an adjunct faculty for one month on Software Defined Network. He is academically astute and technically brilliant with a Master Degree specializing in Electrical Communication Engineering from Indian Institute of Science (IISc) Bangalore, India and PhD Degree from National Institute of Technology Rourkela, India. His PhD research work was on “Quality of service estimation for an Optical Virtual Private Network over WDM/DWDM network”. His current research work is on IoT, sensor networking, optical networking, embedded system and software defined network (SDN). He has guided almost 52 BTECH and 42 MTECH projects in various domains. He has published 47 journals, 60 conference papers, 15 patents (4 granted) during his industry and academic work, 19 book chapters, one book. He has already completed 4 sponsored projects and at this moments, he is handling 4 sponsored projects in various domains.
FAQs
Q. Are there any benefits with the certification?
Students will get Certificates from IFACET IITK after course completion which is a globally accepted certificate which they can present for landing in their dream jobs or for top university admits.
Q. Will the certification help in Placements?
Yes. It will help in Placements as well.
Q. Does the certification lead to an alumni status from IITK?
No
